huang-sir1/radiology-skills

AITER is AMD's open-source library that makes AI workloads run faster on AMD graphics cards, providing pre-built, optimized building blocks that software teams can plug directly into their AI applications. Think of it as a set of highly tuned engine components specifically designed for AMD hardware, helping AI models run more efficiently during both training and real-world use.

why it matters: As AI infrastructure costs soar, AMD is positioning itself as a serious alternative to NVIDIA, and tools like AITER are critical to making that switch viable for companies looking to reduce GPU costs or diversify their hardware supply chain. With 200 contributors and nearly 500 stars, this signals a growing ecosystem around AMD-based AI infrastructure — something worth watching for anyone building AI products or making hardware procurement decisions.

This project lets developers run vLLM — one of the most popular tools for serving AI language models — on Huawei's Ascend AI chips, which are an alternative to Nvidia GPUs. It's a community-built bridge that makes it possible to deploy and scale large AI models on Ascend hardware without rewriting everything from scratch.

why it matters: As Nvidia chips face supply constraints and rising costs, builders and enterprises are actively looking for alternative AI hardware — and this plugin makes Huawei's Ascend chips a viable option for production AI deployments. For founders and investors, this signals a real and growing ecosystem around non-Nvidia AI infrastructure, which could meaningfully affect hardware sourcing strategies and cost structures.

LiteRT is Google's open-source framework for running AI models directly on devices like phones, tablets, and embedded hardware — without needing a cloud connection. It's the successor to TensorFlow Lite and supports everything from image recognition to running large language models (the technology behind chatbots) entirely on the device itself.

why it matters: As users demand faster, more private AI experiences, the ability to run AI locally on a device — rather than sending data to a server — is becoming a major competitive differentiator for apps and products. Builders who adopt LiteRT can ship AI-powered features that work offline, respond instantly, and avoid the ongoing cloud inference costs that eat into margins at scale.

This project is a large, searchable directory of websites and tools that have adopted 'llms.txt' — a proposed standard file that tells AI assistants exactly how to read and use a product's documentation, similar to how 'robots.txt' tells search engines how to crawl a website. It helps builders discover who has already implemented this standard and provides tools to do so themselves.

why it matters: As AI coding assistants and chatbots become primary ways users interact with software documentation, having a standard way to control how AI reads your docs could become as essential as SEO — and early adopters are already numbering in the hundreds across major projects. Founders and product teams who ignore this risk having their documentation misrepresented or poorly used by AI tools, while those who adopt it early can shape how AI systems understand and recommend their products.